150Mbps Wireless High Gain USB Adapter
The TP-LINK TL-WN722NC Wireless High Gain USB Adapter allows you to connect a desktop or notebook computer to a wireless network and access a high-speed Internet connection. Using Align™ 1-stream technology based on 802.11n technology, TL-WN722NC provides a better wireless signal than existing wireless 802.11g technology. Most of all, the equipped 4dBi detachable antenna can remarkably boost your signal range and quality. Now you can get a better Internet experience, such as downloading, gaming, video streaming and so on.
Included USB Cradle
The TL-WN722NC comes packaged with the USB cradle and 1.5m extension cable, which allow you to save USB port space, and extend the USB connection length up to 5 feet, making it more convenient to plug the USB device in & out of the USB socket. Its elegant and stylish design is suitable for use at home and the office.
High Gain Design
With powerful 4dBi detachable antenna, the TL-WN722N provides excellent performance over long ranges and bad signal environments.
Quick Secure Setup
QSS or Quick Security Setup is a handy feature that allows users to almost instantly setup their security simply by pressing the QSS button on the wireless adapter, it automatically establishes a WPA2 secure connection, instantly protecting your network.
Why is Align™ technology is better?
Align™ technology is announced by Atheros Communications, Inc, which is a leading developer of advanced semiconductor system solutions for wireless and wired communications. Based on the IEEE draft 802.11n 1-stream specification, the single-stream feature enables a new class of Wi-Fi® devices that deliver performance enhancements over the existing 802.11g technology, at comparable price points. Align solutions are also forward compatible to higher-performance, multi-stream, MIMO-based 802.11n - providing the optimal upgrade path for value-class WLAN products. Consumers who move from 802.11g to products based on Align 1-stream technology will experience enhanced performance in their home networks.
